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Calculation the amount of Trichloroisocyanuric Acid (TCCA) in pool

Swimming pool disinfection is served every day, but how to achieve the best results. We disinfect the dosage of each pool were analyzed through a long period of analysis and summary of the water quality if you want to achieve the ideal state, the daily dosage of disinfecting swimming calculated as follows (at levels of 90% for the Trichloroisocyanuric Acid (TCCA) example):
Disinfection routine maintenance medication:
This means that maintenance medication daily disinfection when no one swimming pool water to maintain a certain residual chlorine (0.3-0.5).
Many pool in the evening after work administration once again to open the next afternoon when the administration, a lot of time in the pool around 9:00 the next morning had no chlorine, then this time, bacteria and algae (moss) will wild growth, this time in the open to be dosed disinfectant need more capacity to eliminate bacteria and algae produced during this time, if often are lower than the appropriate dose, it can lead to long-term accumulated Water becomes muddy, greenish or moss on the wall a long table and so on water quality issues.
Trichloroisocyanuric Acid (TCCA) can not put too much.
For the Guangdong side of the weather, the general pool chlorine per hour during the day decline of about 0.2-0.3, we calculate according to 10 hours, according to the water residual chlorine concentration of 2.0 to 3.0 during the day to ensure there is chlorine. Then the dosage is calculated as follows:
Content administered daily dose = (Pool water × concentration to be reached) ÷ drugs
Example: 2000 pool party, disinfectant powder dosage daily routine maintenance of water quality = (2000 × 3.0) ÷ 90% = 6666 g, the dose that is 6.5KG.
The above is the amount of routine maintenance medication, Also, swimmers calculate consumption of drugs.
 Bathers content consumption pharmaceutically acceptable amount = (the number of bathers per day × 10 Ke) ÷ drugs
As there are 300 swimmers per day, then:
 Bathers daily consumption of a pharmaceutically acceptable amount = (300 × 10 Ke) ÷ 90% = 3333 Ke (3.3KG)
 That is 2000 cubic meters of swimming pools, according to the daily 300 bathers per day for normal dosage = 6.5 + 3.3 = 9.8KG
It means that you can put 9.8KG Trichloroisocyanuric Acid (TCCA)  in the swimming pool.